Workers first subject the component to multiple polishing stages, which effectively eliminate micro-imperfections. Then, as a result, the component achieves a brilliantly smooth finish that significantly reduces friction and enables exceptionally smooth rotation.
Furthermore, manufacturers specially reinforce the material to make it both pressure-resistant and crack-proof. This increased thickness provides superior toughness, high hardness, and excellent anti-corrosion properties, thereby ensuring a higher safety factor for dependable operation.
Moreover, engineers precision-engineer the locking mechanism to deliver powerful and secure closure. Its robust sealing capability and even distribution of force guarantee tight connections that effectively resist loosening, even during intense chuck fastening operations.